The Post Graduation programs are designed to train the students for Computing and Information Technology. The curriculum covers associated aspects of emerging areas of technology and applications to build and enhance intellectual capabilities.

The M.Tech program prepares the students to become leaders in knowledge driven profession. Core subjects give the advanced foundation, the Electives give a wide scope to specialize in the areas of Cloud Computing , Big Data and Internet of Things. The internship will provide a real time learning and seminars, mini projects and dissertation help to temper the innovative and research capabilities. The CSE department has linkages with the industry in curriculum design and delivery by Adjutant faculty.

The following M.Tech programs have been developed with a philosophy of covering the breadth of domain areas and provide an opportunity to students to specialize in one of the cutting-edge technologies that are driving the next wave of innovation and growth. Specialization helps candidate acquire requisite skills and development experience to ensure a journey of accelerated

Electronics and Communications

The M.Tech program prepares the students to become leaders in knowledge driven profession.

The following M.Tech programs have been developed with a philosophy of covering the breadth of domain areas and provide an opportunity to students to specialize in one of the cutting-edge technologies that are driving the next wave of innovation and growth. Specialization helps candidate acquire requisite skills and development experience to ensure a journey of accelerated growth in technology leadership.

Core subjects give the advanced foundation; the electives give a wide scope to specialize in the areas of Internet of Things, Automotive Embedded Systems, Digital Electronics and Digital Communication Engineering.

The internship will provide real time learning. Seminars, mini projects and dissertation help to temper the innovative and research capabilities. The ECE department has linkages with the industry in curriculum design and delivery by Adjutant faculty.

Eligibility

Admission to the School of Engineering is done through Entrance Examination conducted by the University and others such as CET and DSAT examinations

Pass in B.E. / B.Tech examination with a minimum of 50% marks in aggregate in relevant field and DSAT / GATE / PGCET score.

Admission to the MTech in Engineering & Entrepreneurship programs would go through a special interview process in addition to DSAT Scores. Applicants have to submit their original ideas which they feel are good for transition into finish products. This national level selection would be routed through an eminent panel of industry experts, scientists, investors, researchers and academicians; and potential mentors/ adjunct professors.

Press Release

IBM Software Lab for Emerging Technologies to provide world class software education to graduate students

Bengaluru, July 24, 2015: IBM (NYSE: IBM) has collaborated with Dayananda Sagar University (DSU), to launch three new Post graduate programs under the Faculty of Computer Science Engineering with specialization in Cloud Computing, Big Data & Analytics and Internet of Things (IoT).

Under this collaboration and in line with IBM Education program, the organization will set up IBM Software Lab for Emerging Technologies at the Institute’s Bangalore campus that will help students and faculty members master advanced Information Technology (IT) skills needed for 21st century workplace.

Dr. D Premachandra Sagar, Pro Chancellor, Dayananda Sagar University commented, “DSU is an institute with a dedicated focus around technologies and practices that drive Innovation. Our partnership with IBM provides our students in-depth skills in emerging technologies and enables them to explore global opportunities. The specializations in the area of Big Data, Cloud Computing and IoT will ensure that industry gets highly skilled talent to accelerate innovation across domains.”

In addition, IBM will help develop an innovative curriculum for the programs that will be jointly delivered by IBM subject matter experts from its software labs and university faculty. Relevant IBM software and curriculum content will be available to the faculty members and students in the lab to earn credits towards their degrees, and classes will be conducted by IBM experts. A joint committee is also being setup between the university and IBM that will continuously recommend on course curriculum, content and delivery.

"We are pleased to partner with Dayananda Sagar University, yet another partner who will help us blend technical and problem-solving skills that are necessary to prepare students for careers driven by new technologies like Cloud, Analytics and Big Data. Students will undergo experiential learning modules along with innovative curriculum jointly developed and taught by IBM and university, while working on projects that emanate from real-world business scenarios," says Mr. Kaushik Bhaskar, Vice President - Information Integration & Governance Software, and India Software Labs.

About IBM Career Education Program:

IBM Career Education Program is a comprehensive software education program designed by IT professionals, for graduates and experienced professionals to accelerate their skills and knowledge so that they succeed in this dynamic industry. Keeping the ‘learner’ as the focal point, the program curriculum brings together the latest software content, real-world industry experience, hands-on lab courses and best practices, all into a single unique education program, to prepare students to be readily acceptable in the IT industry and by leading IT companies.

About Dayananda Sagar University

DSU - Inheriting a great legacy called: Dayananda Sagar Institutions (DSI), topping the Visvesvaraya Technological University academic charts (53 university ranks in 2013) among 220 Engineering colleges in Karnataka State with 100% placements, for several years.

Dayananda Sagar University (DSU) is a reflection of all the strengths, experiences and diversity of DSI. In addition to making natural gains on this legacy, it would now build on the newer requirements in the higher education space. Research & Innovation and Incubation (spread over 25,000sft of industry quality labs) would now form the core of DSU. Taking it to the logical heights would be DSU’s plans to transform the dream of every young Indian and the global citizen of starting an entrepreneurial journey even as she or he enters the portals of the University, becoming real. Enabling this transformation is the active support of industry, industry leaders, industry bodies and a dedicated 4 lakh square feet modern ready to move in infrastructure!

Beginning Academic Year 2015-16 Dayananda Sagar University would offer courses in Engineering, Computer Applications, Sciences, Arts and Management in the Bachelors, Masters and PhD levels. Supporting the academic activities are the Centers of Excellence in newer areas of technology supporting the ICT domains and health care, energy, life science and other developing fields of study.

English

The Post Graduation programs are designed to train the students for Computing and Information Technology. The curriculum covers associated aspects of emerging areas of technology and applications to build and enhance intellectual capabilities.

The M.Tech program prepares the students to become leaders in knowledge driven profession. Core subjects give the advanced foundation, the Electives give a wide scope to specialise in the areas of Cloud Computing , Big Data and Internet of Things. The internship will provide a real time learning and seminars, mini projects and dissertation help to temper the innovative and research capabilities. The CSE department has linkages with the industry in curriculum design and delivery by Adjutant faculty.

The following M.Tech programs have been developed with a philosophy of covering the breadth of domain areas and provide an opportunity to students to specialize in one of the cutting-edge technologies that are driving the next wave of innovation and growth. Specialization helps candidate acquire requisite skills and development experience to ensure a journey of accelerated

Electronics and Communications

The M.Tech program prepares the students to become leaders in knowledge driven profession.

The following M.Tech programs have been developed with a philosophy of covering the breadth of domain areas and provide an opportunity to students to specialize in one of the cutting-edge technologies that are driving the next wave of innovation and growth. Specialization helps candidate acquire requisite skills and development experience to ensure a journey of accelerated growth in technology leadership.

Core subjects give the advanced foundation; the electives give a wide scope to specialize in the areas of Internet of Things, Automotive Embedded Systems, Digital Electronics and Digital Communication Engineering.

The internship will provide real time learning. Seminars, mini projects and dissertation help to temper the innovative and research capabilities. The ECE department has linkages with the industry in curriculum design and delivery by Adjutant faculty.

Dean's Message

Dr. M. G. Anantha PrasadPh.D in Mechanical Engineering with specialization in Product Design and Advanced Materials from VTU, Belgaum.
Dean, School of Engineering and Professor of Mechanical Engineering

Dr. Anantha Prasad holds a Ph.D in Mechanical Engineering with specialization in Product Design and Advanced Materials from VTU, Belgaum. Published more than 48 papers in International/national journals & conferences and 01 patent in his credits. He has 18 years of teaching experience and 08 years of research experience. He was also the recipient of the prestigious Commonwealth Professional Fellowship (2015) to undergo specialized training at Loughborough University, UK. He has worked in different capacities as a faculty at different engineering institutions and has grown tremendously over the years. He has worked in different capacities like Placement officer, Head-IEDC, Head-TBI, Dean (Student Welfare). In addition to his duties as a faculty, he has successfully initiated and lead many innovative programs benefiting the students and the institution. It is because of his friendly approach and intuitive thoughts, he is well regarded in the professional circle. As a Placement Officer, he was able to invite many multi-national companies to the campus and has transformed the lives of many students. His contacts were able to fetch huge funding to the institutions through various student and other research projects. He also has the credibility of completing many funded projects as its principal investigator and co- investigator. He has been a party to many entrepreneurial programs and has organized several of them through which innovative ideas were kindled amongst students and some of them have also seen the light of the day. In addition to his novel initiatives, he has served as a key member of BOS, BOE and Academic Councils of several technical institutions. He has facilitated and chaired many faculty development programs and has played a pivotal role in identifying key personnel as chief guest, guest of honor and keynote speakers. He has also served as the convener of many national and international workshops and conferences on various topics and has the credit of presenting papers in similar events organized by other institutions. In general, Dr. Anantha Prasad is a very enterprising person through his words and deeds and is willing to contribute to the betterment of any institution at his best.

M.Tech in Computer Science (with Specialization in Big Data)

M.Tech in Computer Science and Engineering (Specialization in Big Data):
This program provides the breadth of domains covering advanced areas of computing and also gives an opportunity to specialize in the domain of Big Data.

"Big data" is high-volume, high velocity and high variety information assets that demand cost-effective, innovative forms of information processing for enhanced insight and decision making. The field of big data deals with the native data-capture technology and processes required for such high volume, ability to manage variable velocity within a dataset, and multiple forms, types and structures to manage variety of data.

The Opportunity:
The data is growing at an exponential pace. “Every two days now we create as much information as we did from the dawn of civilization up until 2003, which is about five exabytes of data”, says Eric Schmidt, the founder CEO of Google.

According to Gartner's Big Data survey, 64% of respondents have invested in big data or plan to do so this year and projects spends in big-data technology to almost double to $55 billion by 2016.

Why M.Tech with specialization in Big Data:
Each disruptive technology domain throws opportunities for top end professionals that provide an accelerated career path.This program prepares candidates for technology leadership roles such as data modelers and data architects.

Program Details:
The Master’s Program is designed in consultation with industry stalwarts to prepare candidates for the most challenging technical roles in the rapidly growing area of Big Data. The program covers the areas of advanced database management and storage systems, distributed computing, machine learning, natural language processing, cloud computing and analytics. Candidates go through the structured program in Big Data Innovation Lab where they learn and apply concepts and techniques, solve complex problems and eventually make development contributions in the field of big data.

M.Tech in Computer Science and Engineering (with Specialization in Internet of Things)

This program provides the breadth of domains covering computing and application development across web and mobile platforms and also gives an opportunity to specialize in the domain of the Internet of Things.

The age of connected devices with ubiquitous sensors and mobile networks has been dawning on the tech world. The number of connected devices will go up from the current 10 billion devices to over 80 billion devices by 2020 leading to a huge network of devices termed as Internet of Things. The Internet of Things is interplay for software, connectivity and hardware.

The Opportunity:

Leading players including CISCO predict that IoT will create economic value of over $14 trillion by 2022. Gartner predicts that, by 2020, the installed base of the IoT will exceed 26 billion units worldwide and will consist of a very diverse range of smart objects and equipment. IoT has the potential to create over $500 billion in value in India over the next decade.

Why M.Tech with specialization in Internet of Things:

Each disruptive technology domain throws opportunities for top end professionals that provide an accelerated career path. This program prepares candidates for the roles of solution architects, data architects and technology leads in the area of Internet of Things and Big Data.

The program is designed to enable candidates learn cutting-edge technologies and build enterprise applications for domains such as smart building, industrial, healthcare and retail. The areas covered in the program include Internet of things architecture, advanced software architecture, embedded software systems, advanced networking, big data analytics, cloud computing, and building enterprise applications for domains such as smart building, smart cities and smart vehicle.

This program provides the breadth of domains covering computing and IT infrastructure and also gives an opportunity to specialize in the domain of Cloud Computing.

Cloud Computing continues to be one of the most hyped areas in the history of IT even after cloud computing technology becoming part of the mainstream. Every IT vendor has a cloud strategy, and variations, such as private cloud computing and hybrid approaches, deliver the benefits of agility, speed and innovation.

The Opportunity:

Gartner projected direct spending of over $40 billion on cloud computing last year and predicted that the spend will continue to grow over 30% in the coming years. The forecast projects the cloud services market in India to grow 36% in 2014 to about $443m. While software as a service (SaaS) and virtualization and infrastructure as a service [IaaS] are well established and are being used in many ways, private cloud computing, hybrid cloud computing and platform as a service (PaaS) are big growth areas.

Why M.Tech with specialization in Cloud Computing:

Each disruptive technology domain throws opportunities for top end professionals that provide an accelerated career path.This program prepares candidates for the roles of technology and solution architects and consultants in the area of Cloud Computing.

Program Details:

This Master’s Program prepares candidates for the most challenging technical roles including design. The areas covered in the program include cloud computing, distributed computing, building applications on cloud, cloud storage, advanced networking, network security, data Centre virtualization and the Internet of things. Candidates go through the structured program where they learn and apply concepts and techniques in Cloud Computing Innovation Lab, solve complex problems and eventually make development contributions in cloud computing.

One of the fastest domains is the automotive sector where several Electronics Control units (ECU) are used to control and manage various units in the car. A modern car has as many as 100 ECU’s. As per the report by IC Insight, the value of semiconductor in the vehicles has moved from $268 to $425 per vehicle and the number of smart vehicles has moved from 15 million in 2009 to over 55 million in 2014. The drivers of growth are communication, entertainment, green initiatives such as reduced emission, active safety and telematics.

The Opportunity:

Embedded systems in automotive is a growing opportunity where embedded systems are already being used for comfort and convenience, infotainment, instrument cluster, engine management, Safety (ABS, Airbags) and diagnostics.

Why M.Tech with specialization in Automotive Embedded Systems:

This program prepares candidates for the roles of automotive embedded design engineer, hardware engineer and embedded design engineers across industries.

Program Details:

This program is designed as a simulated embedded lab for the automotive sector. The Innovation Automotive Embedded System lab contains the complete ECUs for all domains such as engine management system, safety, comfort and convenience, infotainment, after market and autonomous driving. Candidates get a hands-on experience on designing applications on each of these modules. Candidates also get to master the design and testing using the complete lifecycle of development using simulators that are used by the industry. While the candidate develops mastery over embedded systems design and development for any industry, the candidate gets in-depth hands-on experience of the automotive embedded system.

M.Tech in Embedded Systems (Specialization in Internet of Things)

This program provides the breadth of domains covering micro controllers and advanced embedded systems and also gives an opportunity to specialize in the domain of Internet of Things.

Gartner defines The Internet of Things as the network of physical objects that contains embedded technology to communicate and sense or interact with the objects' internal state or the external environment. The number of connected devices will go up from the current 10 billion devices to over 80 billion devices by 2020 leading to a huge network of devices termed as Internet of Things. The Internet of Things is an interplay for software, connectivity and hardware.

The Opportunity:

Leading players including CISCO predict that IoT will create economic value of over $14 trillion by 2022. Gartner predicts that, by 2020, the installed base of the IoT will exceed 26 billion units worldwide and will consist of a very diverse range of smart objects and equipment. IoT has the potential to create over $500 billion in value in India over the next decade.

Why M.Tech with specialization in Internet of Things:

This program prepares candidates for the roles of solution architects, embedded system consultants and technology leads in the area of Internet of Things and Embedded Systems.

Program Details:

This Master’s Program prepares candidates for the software roles in IoT. The areas covered in the program include advanced micro controllers, advanced embedded systems, sensors and data acquisition, IoT architecture, protocols and networks, mobile applications, big data and analytics, cloud computing, and building enterprise applications for domains such as smart building, industrial, healthcare and retail.